Eaton 93PM 150kW Modular UPS

The Eaton 93PM 150kW is a modular uninterruptible power supply engineered for mission-critical environments requiring adaptive capacity scaling. Built on a three-phase input/output architecture, the 93PM accommodates parallel configurations up to 4 units (600kW total) through integrated communication modules, enabling organizations to match power protection investment directly to facility growth phases. The modular design employs hot-swappable power modules and battery strings, reducing service downtime and enabling capacity expansion without full system shutdown.

Architecturally, the 93PM operates in online double-conversion mode, providing galvanic isolation and active harmonic correction essential for sensitive computing loads typical in AI training clusters, hyperscale colocation facilities, and high-density server environments. The system integrates bidirectional energy flow capability, allowing integration with renewable energy sources and demand-response frameworks increasingly deployed in modern data-center sustainability strategies. Advanced predictive firmware continuously monitors thermal and electrical parameters across modular components, triggering proactive maintenance notifications before component stress accumulates.

Launched in Q4 2022, the 93PM addresses the rapid infrastructure demands of large language model deployments and GPU-accelerated compute farms, where traditional fixed-capacity UPS systems create architectural bottlenecks. The modular topology has become the dominant topology selection among tier-1 cloud operators and colocation providers managing multi-phase facility buildouts, delivering both operational flexibility and long-term total cost of ownership optimization through component-level redundancy and incremental scaling.

Ideal for

• AI training cluster expansions in hyperscale data centers requiring staged power infrastructure investment aligned with GPU density rollouts
• Colocation facilities supporting multiple customers with variable power demands needing granular capacity allocation and independent module redundancy
• High-performance computing centers deploying heterogeneous workloads where modular architecture enables dedicated power paths for CPU and accelerator subsystems
• Financial trading floors and mission-critical transaction processing environments requiring sub-millisecond transfer times and zero-loss switchover during grid disturbances
• Edge data-center deployments integrating solar and battery storage systems where bidirectional power flow and dynamic load management optimize renewable utilization
• Multi-tenant colocation builds requiring isolated fault domains where single-module failures do not compromise uninterrupted power to adjacent customer equipment

Technical specifications

Available from Omnixon Global. Submit an RFQ and our team will confirm configuration and availability for your order.